NSTL国家科技图书文献中心

1. Intercropping-induced leaf metabolic changes increase plant resistance to herbivory NSTL国家科技图书文献中心

Zhang, Wei | Zhang, Ting-Ting ... - 《Plant and Soil》 - 2025,506(1/2) - 245～262 - 共18页

摘要： investigated the impacts of intercropping-induced changes in | monocropping, and peanut/maize intercropping. Laboratory | /peanut intercropping. The observed insect growth | on peanut plants grown in intercropping. Untargeted | may explain the observed intercropping-induced

关键词： Peanut | Intercropping | Leaf metabolism | Pest control | Nicotinamide | Isomaltose

2. Effects of pea-tea intercropping on rhizosphere soil microbial communities NSTL国家科技图书文献中心

Song, Laichao | Niu, Zhanhai ... - 《Plant and Soil》 - 2025,506(1/2) - 125～135 - 共11页

摘要：Background and aim Pea-tea intercropping* is* | the effects of pea-tea intercropping* on rhizosphere* | intercropping could improve tea quality by regulating soil | known to improve tea quality but its potential | mechanism remains unclear. This study aimed to elucidate

关键词： Pea-tea intercropping | Rhizosphere | Bacterial communities | Tea quality

3. In arid regions, the different intercropping systems reduce interspecific competition to improve system productivity NSTL国家科技图书文献中心

Zhang, Shuai | Liu, Tingting ... - 《Plant and Soil》 - 2025,506(1/2) - 137～155 - 共19页 - 被引量：2

摘要： which intercropping* system is feasible in enhancing* | intercropping system can reduce interspecific competition and | intercropping systems (intercropped apple-soybean and | intercropping systems on soil moisture, crop roots | intercropping and apple-alfalfa intercropping systems

关键词： Apple-alfalfa intercropping | Apple-soybean intercropping | Interspecific competition | Soil moisture | Root

4. Maize-soybean intercropping increases soil nutrient availability and aggregate stability NSTL国家科技图书文献中心

Lu, Mei | Zhao, Jixia ... - 《Plant and Soil》 - 2025,506(1/2) - 441～456 - 共16页

摘要： intercropping effects soil nutrient content, enzyme activity | intercropping were established in an experimental field. The | that intercropping* can improve the concentrations of* | , results proved that intercropping* can potentially* | Intercropping of maize and soybean can increase soil aggregate

关键词： Intercropping | Soil aggregates | Enzymatic activity | Glomalin-related soil protein | Arbuscular mycorrhizal fungi community

5. Kenaf and soybean intercropping affects morpho-physiological attributes, antioxidant capacity and copper uptake in contaminated soil NSTL国家科技图书文献中心

Rehman, Muzammal | Pan, Jiao ... - 《Plant and Soil》 - 2025,506(1/2) - 227～244 - 共18页

摘要： security. Well-designed intercropping* of crops could be* | monoculture and intercropping* on morpho-physiological* | and soybean under Cu stress. Mutual intercropping* of* | , intercropping* increased soluble sugars, soluble proteins and* | different in kenaf. Moreover, intercropping* alleviate the*

关键词： Intercropping | Kenaf | Soybean | Copper uptake | Physiology

6. Rhizobium inoculation improves yield advantages and soil Olsen phosphorus by enhancing interspecific facilitation in intercropping NSTL国家科技图书文献中心

Mao, Jun | Wang, Ping ... - 《Plant and Soil》 - 2025,506(1/2) - 359～373 - 共15页

摘要：Background and aimsMaize/legume intercropping | . Rhizobium inoculation in maize/legume intercropping | intercropping systems is not well understood.MethodsWe | intercropping). During 2018-2020, we measured the yield, soil | intercropping using the relative interaction index.ResultsThe

关键词： Complementarity effect | Intercropping | Interspecific facilitation | Rhizobium inoculation | Soil nutrients

7. Potential crop yield gains under intensive soybean/maize intercropping in China NSTL国家科技图书文献中心

Chen, Guohui | Jiang, Fahui ... - 《Plant and Soil》 - 2025,506(1/2) - 275～290 - 共16页

摘要：AimsIntensive soybean/maize intercropping, a | specific form of intercropping, holds promise in | soybean/maize intercropping. The variance of NE was | (10%). Notably, this intensive intercropping* system* | implementation of intensive soybean/maize intercropping* is*

关键词： Meta-analysis | Random forest | Soybean/maize intercropping | Intensive agriculture

8. Soil microbial community and chemical properties response to blueberry–soybean intercropping system NSTL国家科技图书文献中心

Linna,Ma | Xiang,Li ... - 《Plant and Soil》 - 2025,507(1/2) - 881～895 - 共15页

摘要： blueberry–soybean intercropping* system to evaluate its* | –soybean intercropping* system is a feasible solution for* | intercropping significantly improves microbial function in the | soil.Conclusion These findings demonstrate that intercropping | Abstract Background and aims Current global

关键词： Blueberry–soybean intercropping | Coordinated development | Nitrogen regulation | Soil microbes

9. Competition for light drives yield components in strip intercropping in the Netherlands NSTL国家科技图书文献中心

Wang, Zishen | Dong, Bei ... - 《Field Crops Research》 - 2025,320 - 共13页

摘要： intercropping effects on seed number, seed weight, and seed | species in intercrops* changes over time in relation to* | patterns of light capture in intercrops* can explain* | , including relay and simultaneous intercrops. Methods: We | or as six bi-specific strip intercrops* - maize*

关键词： Light capture | Strip intercropping | Relay intercropping | Seed yield | Yield components

10. Apricot can improve root system characteristics and yield by intercropping with alfalfa in semi-arid areas NSTL国家科技图书文献中心

Liu, Tingting | Wang, Xiuyuan ... - 《Plant and Soil》 - 2025,506(1/2) - 91～108 - 共18页

摘要： intercropping with alfalfa on physiological and root | the alfalfa treatment, the yield of intercropping | intercropping modes, apricot intercropped alfalfa (20 cm) is | Background and aims The interaction between | apricot and alfalfa will increase land use efficiency

摘要： investigated the impacts of intercropping-induced changes in | monocropping, and peanut/maize intercropping. Laboratory | /peanut intercropping. The observed insect growth | on peanut plants grown in intercropping. Untargeted | may explain the observed intercropping-induced

关键词： Peanut | Intercropping | Leaf metabolism | Pest control | Nicotinamide | Isomaltose

摘要：Background and aim Pea-tea intercropping* is* | the effects of pea-tea intercropping* on rhizosphere* | intercropping could improve tea quality by regulating soil | known to improve tea quality but its potential | mechanism remains unclear. This study aimed to elucidate

关键词： Pea-tea intercropping | Rhizosphere | Bacterial communities | Tea quality

摘要： which intercropping* system is feasible in enhancing* | intercropping system can reduce interspecific competition and | intercropping systems (intercropped apple-soybean and | intercropping systems on soil moisture, crop roots | intercropping and apple-alfalfa intercropping systems

关键词： Apple-alfalfa intercropping | Apple-soybean intercropping | Interspecific competition | Soil moisture | Root

关键词： Intercropping | Soil aggregates | Enzymatic activity | Glomalin-related soil protein | Arbuscular mycorrhizal fungi community

关键词： Intercropping | Kenaf | Soybean | Copper uptake | Physiology

摘要：Background and aimsMaize/legume intercropping | . Rhizobium inoculation in maize/legume intercropping | intercropping systems is not well understood.MethodsWe | intercropping). During 2018-2020, we measured the yield, soil | intercropping using the relative interaction index.ResultsThe

关键词： Complementarity effect | Intercropping | Interspecific facilitation | Rhizobium inoculation | Soil nutrients

摘要：AimsIntensive soybean/maize intercropping, a | specific form of intercropping, holds promise in | soybean/maize intercropping. The variance of NE was | (10%). Notably, this intensive intercropping* system* | implementation of intensive soybean/maize intercropping* is*

关键词： Meta-analysis | Random forest | Soybean/maize intercropping | Intensive agriculture

关键词： Blueberry–soybean intercropping | Coordinated development | Nitrogen regulation | Soil microbes

摘要： intercropping effects on seed number, seed weight, and seed | species in intercrops* changes over time in relation to* | patterns of light capture in intercrops* can explain* | , including relay and simultaneous intercrops. Methods: We | or as six bi-specific strip intercrops* - maize*

关键词： Light capture | Strip intercropping | Relay intercropping | Seed yield | Yield components

摘要： intercropping with alfalfa on physiological and root | the alfalfa treatment, the yield of intercropping | intercropping modes, apricot intercropped alfalfa (20 cm) is | Background and aims The interaction between | apricot and alfalfa will increase land use efficiency

关键词： Apricot | Alfalfa | Root length density | Root distribution | Intercropping | Yield

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： investigated the impacts of intercropping-induced changes in | monocropping, and peanut/maize intercropping. Laboratory | /peanut intercropping. The observed insect growth | on peanut plants grown in intercropping. Untargeted | may explain the observed intercropping-induced

关键词： Peanut | Intercropping | Leaf metabolism | Pest control | Nicotinamide | Isomaltose

摘要：Background and aim Pea-tea intercropping is | the effects of pea-tea intercropping on rhizosphere | intercropping could improve tea quality by regulating soil | known to improve tea quality but its potential | mechanism remains unclear. This study aimed to elucidate

关键词： Pea-tea intercropping | Rhizosphere | Bacterial communities | Tea quality

摘要： which intercropping system is feasible in enhancing | intercropping system can reduce interspecific competition and | intercropping systems (intercropped apple-soybean and | intercropping systems on soil moisture, crop roots | intercropping and apple-alfalfa intercropping systems

关键词： Apple-alfalfa intercropping | Apple-soybean intercropping | Interspecific competition | Soil moisture | Root

关键词： Intercropping | Soil aggregates | Enzymatic activity | Glomalin-related soil protein | Arbuscular mycorrhizal fungi community

关键词： Intercropping | Kenaf | Soybean | Copper uptake | Physiology

摘要：Background and aimsMaize/legume intercropping | . Rhizobium inoculation in maize/legume intercropping | intercropping systems is not well understood.MethodsWe | intercropping). During 2018-2020, we measured the yield, soil | intercropping using the relative interaction index.ResultsThe

关键词： Complementarity effect | Intercropping | Interspecific facilitation | Rhizobium inoculation | Soil nutrients

摘要：AimsIntensive soybean/maize intercropping, a | specific form of intercropping, holds promise in | soybean/maize intercropping. The variance of NE was | (10%). Notably, this intensive intercropping system | implementation of intensive soybean/maize intercropping is

关键词： Meta-analysis | Random forest | Soybean/maize intercropping | Intensive agriculture

关键词： Blueberry–soybean intercropping | Coordinated development | Nitrogen regulation | Soil microbes

摘要： intercropping effects on seed number, seed weight, and seed | species in intercrops changes over time in relation to | patterns of light capture in intercrops can explain | , including relay and simultaneous intercrops. Methods: We | or as six bi-specific strip intercrops - maize

关键词： Light capture | Strip intercropping | Relay intercropping | Seed yield | Yield components

摘要： intercropping with alfalfa on physiological and root | the alfalfa treatment, the yield of intercropping | intercropping modes, apricot intercropped alfalfa (20 cm) is | Background and aims The interaction between | apricot and alfalfa will increase land use efficiency

关键词： Apricot | Alfalfa | Root length density | Root distribution | Intercropping | Yield

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：Background and aim Pea-tea intercropping* is* | the effects of pea-tea intercropping* on rhizosphere* | intercropping could improve tea quality by regulating soil | known to improve tea quality but its potential | mechanism remains unclear. This study aimed to elucidate

摘要： which intercropping* system is feasible in enhancing* | intercropping system can reduce interspecific competition and | intercropping systems (intercropped apple-soybean and | intercropping systems on soil moisture, crop roots | intercropping and apple-alfalfa intercropping systems

摘要：AimsIntensive soybean/maize intercropping, a | specific form of intercropping, holds promise in | soybean/maize intercropping. The variance of NE was | (10%). Notably, this intensive intercropping* system* | implementation of intensive soybean/maize intercropping* is*

摘要： intercropping effects on seed number, seed weight, and seed | species in intercrops* changes over time in relation to* | patterns of light capture in intercrops* can explain* | , including relay and simultaneous intercrops. Methods: We | or as six bi-specific strip intercrops* - maize*